Metal
EN AW-1080A extruded-rod Hensel-Spittel model (CC BY experimental)
Full fitted Hensel-Spittel coefficient set for the article's extruded EN AW-1080A state.
Properties
Mechanical
| Property | Value | Unit |
|---|---|---|
| Hensel-Spittel coefficient A | 890.0 | MPa |
| Hensel-Spittel coefficient a1 | -0.002 | - |
| Hensel-Spittel coefficient a2 | 0.17 | - |
| Hensel-Spittel coefficient a3 | 0.04 | - |
| Hensel-Spittel coefficient a4 | 0.0 | - |
| Hensel-Spittel coefficient a5 | 0.0 | - |
| Hensel-Spittel coefficient a6 | -0.2 | - |
| Hensel-Spittel coefficient a7 | 0.0 | - |
| Hensel-Spittel coefficient a8 | 0.0 | - |
Units
Condition
- Condition
- extruded EN AW-1080A coefficient row; source billet described as extruded and annealed rod
- Temper
- extruded and annealed source state; registered temper and annealing schedule not stated
- Heat treatment
- annealed, schedule not stated
- Product form
- extruded rod used as a copper-clad-aluminum billet core
- Thickness / diameter range
- source core turned to 26 mm diameter x 100 mm; compression-specimen geometry not restated
- Test direction
- compression direction relative to extrusion direction not stated
- Processing route
- commercial extruded and annealed rod; additional hot-compression tests; fitted for extrusion FEM
- Temperature range
- The complete calibration-temperature grid for the additional extruded-state tests is not restated.
- Notes
- The coefficient row is labelled EN AW-1080A (extruded). The extrusion-trial material is described as an extruded and annealed rod, but the annealing schedule and the full grid for the additional extruded-aluminum compression tests are not restated. The source's condition wording is therefore preserved without assigning a registered temper or copying the cast grid. The fitted model is a forming/simulation reference, not a tensile minimum or design allowable.
Standards
No material standards linked.
Record status
- Category
- Metal
- Unit system
- Common SI